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Hub AI
Countersurveillance AI simulator
(@Countersurveillance_simulator)
Hub AI
Countersurveillance AI simulator
(@Countersurveillance_simulator)
Countersurveillance
Countersurveillance refers to measures that are usually undertaken by the public to prevent surveillance, including covert surveillance. Countersurveillance may include electronic methods such as technical surveillance counter-measures, which is the process of detecting surveillance devices. It can also include covert listening devices, visual surveillance devices, and countersurveillance software to thwart unwanted cybercrime, such as accessing computing and mobile devices for various nefarious reasons (e.g. theft of financial, personal or corporate data). More often than not, countersurveillance will employ a set of actions (countermeasures) that, when followed, reduce the risk of surveillance. Countersurveillance is different from sousveillance (inverse surveillance), as the latter does not necessarily aim to prevent or reduce surveillance.
Most bugs emit some form of electromagnetic radiation, usually radio waves. The standard counter-measure for bugs is, therefore, to "sweep" for them with a receiver, looking for the radio emissions. Professional sweeping devices are very expensive. Low-tech sweeping devices are available through amateur electrical magazines, or they may be built from circuit designs on the Internet.
Sweeping is not foolproof. Advanced bugs can be remotely operated to switch on and off, and some may even rapidly switch frequencies according to a predetermined pattern in order to make location with sweepers more difficult. A bug that has run out of power may not show up during a sweep, which means that the sweeper will not be alerted to the surveillance. Also, some devices have no active parts, such as the Great Seal given to the US Ambassador to Moscow which hid a device (the Thing).
Amidst concerns over privacy, software countermeasures have emerged to prevent cyber-intrusion, which is the unauthorized act of spying, snooping, and stealing personally identifiable information or other proprietary assets (e.g. images) through cyberspace.
Popular interest in countersurveillance has been growing given media coverage of privacy violations:
Most surveillance, and most countersurveillance, involves human methods rather than electronic methods since people are generally more vulnerable and more capable of reacting creatively to surveillance situations.
Human countermeasures include:
Such activities make it harder to track surveillance subjects. Following steady, easy-to-predict schedules before employing aforementioned countermeasures may make the surveillance detail complacent and thus easier to lose.
Countersurveillance
Countersurveillance refers to measures that are usually undertaken by the public to prevent surveillance, including covert surveillance. Countersurveillance may include electronic methods such as technical surveillance counter-measures, which is the process of detecting surveillance devices. It can also include covert listening devices, visual surveillance devices, and countersurveillance software to thwart unwanted cybercrime, such as accessing computing and mobile devices for various nefarious reasons (e.g. theft of financial, personal or corporate data). More often than not, countersurveillance will employ a set of actions (countermeasures) that, when followed, reduce the risk of surveillance. Countersurveillance is different from sousveillance (inverse surveillance), as the latter does not necessarily aim to prevent or reduce surveillance.
Most bugs emit some form of electromagnetic radiation, usually radio waves. The standard counter-measure for bugs is, therefore, to "sweep" for them with a receiver, looking for the radio emissions. Professional sweeping devices are very expensive. Low-tech sweeping devices are available through amateur electrical magazines, or they may be built from circuit designs on the Internet.
Sweeping is not foolproof. Advanced bugs can be remotely operated to switch on and off, and some may even rapidly switch frequencies according to a predetermined pattern in order to make location with sweepers more difficult. A bug that has run out of power may not show up during a sweep, which means that the sweeper will not be alerted to the surveillance. Also, some devices have no active parts, such as the Great Seal given to the US Ambassador to Moscow which hid a device (the Thing).
Amidst concerns over privacy, software countermeasures have emerged to prevent cyber-intrusion, which is the unauthorized act of spying, snooping, and stealing personally identifiable information or other proprietary assets (e.g. images) through cyberspace.
Popular interest in countersurveillance has been growing given media coverage of privacy violations:
Most surveillance, and most countersurveillance, involves human methods rather than electronic methods since people are generally more vulnerable and more capable of reacting creatively to surveillance situations.
Human countermeasures include:
Such activities make it harder to track surveillance subjects. Following steady, easy-to-predict schedules before employing aforementioned countermeasures may make the surveillance detail complacent and thus easier to lose.